V&T AIEC Series User Manual

Elevator integrated controller

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Thank you for purchasing the AIEC series elevator integrated controller
produced by SHENZHEN V&T TECHNOLOGIES CO.,LTD.
AIEC series elevator controller support multiple motor control modes and
encoder types, integrate advanced communication protocol, greatly improve
the efficiency of elevator operation.
AIEC series elevator controller support supports parallel/group control and
provides multiple scheduling algorithms to meet the different requirements for
customers.
AIEC series elevator controller is divided into the following models:
AIEC1000/1300: Special integrated controller for freight elevator.
AIEC2000/2300: Special integrated controller for escalator.
AIEC3000/3300: Special integrated controller for passenger elevator.
This manual describes the correct use of the AIEC series elevator controller,
including model selection, installation, parameters setting , commissioning ,
and troubleshooting guide. In order to use this product correctly, please read
and understand this manual carefully before using the product. If you have any
questions, please contact our technician for help. Please keep this manual
carefully for reference to future maintenance.
Due to continuous improvement of products, the information provided by the
company is subject to change without notice.
Foreword

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Summary of Contents for V&T AIEC Series

  • Page 1 AIEC2000/2300: Special integrated controller for escalator. AIEC3000/3300: Special integrated controller for passenger elevator. This manual describes the correct use of the AIEC series elevator controller, including model selection, installation, parameters setting , commissioning , and troubleshooting guide. In order to use this product correctly, please read and understand this manual carefully before using the product.
  • Page 2 Introduction 1、List of basic functions Function Description Remarks Common Running Functions In automatic running or attendant state, this function enables the elevator to Full collective FE−00 "Collective respond both car calls and hall calls. Passengers at any service floor can selective selective mode"...
  • Page 3 Function Description Remarks Auxiliary An optional auxiliary operation box that has the same functions as the main operation box − operation box is available. function When the main and auxiliary operation boxes are configured, the auxiliary operation box can be set to the back door command or disability command Independent input.
  • Page 4 Function Description Remarks The system automatically calculates and generates the running curves Direct travel ride based on the distance, enabling the elevator to directly stop at the leveling − function position without creeping. Automatic generation The system automatically calculates the optimum speed curve compliant of optimum curve with the human−machine function principle based on the distance, without −...
  • Page 5 Function Description Remarks The test running includes the fatigue test of a new elevator, car call floor test, hall call test, and tests such as hall call response forbidden, door Test running function − open/close forbidden, terminal floor limit switch shielded, and overload signal shielded.
  • Page 6: Optional Functions

    Function Description Remarks If the parallel/group control exit switch of a certain elevator in a parallel/ group control system is valid or the time for exiting the parallel/group Parallel/Group controls reached, the elevator exits parallel/group control and runs − control exit independently.
  • Page 7: Safety Precautions

    Safety Precautions Description of safety labels DANGER: Indicates that misuse will result in fire, server personal injuries or even death. CAUTION: Indicates that misuse will result in moderate personal injuries or damage the equipment.  DANGER This product is not designed for equipment used in life−threatening situations. ...
  • Page 8: Operation

    DANGER The wiring must be conducted by qualified electricians. Otherwise, electric shock may  happen or integrated controller damage. Before wiring, confirm that the power supply is disconnected. Otherwise, electric shock  may happen or fire. The PE terminal must be reliably grounded; otherwise, the integrated controller ...
  • Page 9 DANGER Under some application conditions, the motor may suddenly move when it is powered  on, which may cause death or serious injury. Before turning on the power supply, please confirm that the application environment  allows the motor to run, or confirm that there are settings to prohibit the motor from running automatically.
  • Page 10 CAUTION The circuit boards have large scale CMOS IC. Please do not touch the board to avoid  the circuit board damage caused by electrostatic. Others  DANGER It is forbidden to modify the integrated controller unauthorizedly; otherwise, human  injury may be caused.
  • Page 11: Table Of Contents

    Contents Chapter 1 AIEC Series Product Introduction ..................1 1.1 Product Model Description ........................1 1.2 Product Nameplate Description ......................1 1.3 Product Series............................2 1.4 Technical Specifications of Product .....................3 1.5 Product Component Name .........................5 1.6 Mounting Dimensions .........................5 1.8 Braking Resistor Selection Guidance ....................9 Chapter 2 Wiring of Integrated Controller ...................
  • Page 13: Chapter 1 Aiec Series Product Introduction

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 1 AIEC Series Product Introduction 1.1 Product Model Description The digits and letters on the nameplate indicate such information as the product series, power supply class, power class, software versions and hardware versions.
  • Page 14: Product Series

    AIEC3300−C−4018-220 AIEC3300−C−4005-220 AIEC3300−C−4007-220 AIEC3300−C−4011-220 AIEC3300−C−4015-220 AIEC3300−C−4018-220 Three-phase 220V AIEC3300−C−4022-220 AIEC3300−C−4030-220 AIEC3300−C−4037-220 18.5 18.5 AIEC3300−C−4045-220 AIEC3300−C−4055-220 AIEC3300−C−4002 AIEC3300−C−4003 AIEC3300−C−4005 AIEC3300−C−4007 AIEC3300−C−4011 11.0 AIEC3300−C−4015 15.0 AIEC3300−C−4018 Three-phase 380V 18.5 18.5 AIEC3300−C−4022 AIEC3300−C−4030 AIEC3300−C−4037 AIEC3300−C−4045 AIEC3300−C−4055 AIEC3300−C−4075 Chapter 1 AIEC Series Product Introduction...
  • Page 15: Technical Specifications Of Product

    After landing at a floor, the elevator may move upward or downward due to the load Micro−leveling change and the car door is not aligned with the ground, which is inconvenient for passengers and goods in and out. In this case, the system allows the elevator to run to Chapter 1 AIEC Series Product Introduction...
  • Page 16 0 ~ 2000m, derated above 1000m, the rated output current shall be decreased by 1% Environm Altitude for every rise of 100m Vibration Less than 5.9 m/s 2 (0.6 g) IP level IP20 Power distribution TN/TT system Pollution degree Storage temperature −20~+60℃ Chapter 1 AIEC Series Product Introduction...
  • Page 17: Product Component Name

    AIEC3300 Series Elevator Integrated Controller User's Manual 1.5 Product Component Name Figure 1−1 AIEC3300−C−4011 product component name 1.6 Mounting Dimensions Figure 1−2 AIEC3300−C−4022 and below power level Chapter 1 AIEC Series Product Introduction...
  • Page 18 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 1−3 AIEC3300−C−4030 and above power level Chapter 1 AIEC Series Product Introduction...
  • Page 19 Voltage(V) controller model Mounting (kg) hole diameter AIEC3300−C−4005-220 AIEC3300−C−4007-220 AIEC3300−C−4011-220 AIEC3300−C−4015-220 Single−phase AIEC3300−C−4018-220 /Three−phase AIEC3300−C−4022-220 AIEC3300−C−4030-220 AIEC3300−C−4037-220 AIEC3300−C−4045-220 AIEC3300−C−4055-220 AIEC3300−C−4002 AIEC3300−C−4003 AIEC3300−C−4005 AIEC3300−C−4007 AIEC3300−C−4011 AIEC3300−C−4015 Three−phase AIEC3300−C−4018 AIEC3300−C−4022 AIEC3300−C−4030 AIEC3300−C−4037 AIEC3300−C−4045 AIEC3300−C−4055 AIEC3300−C−4075 Chapter 1 AIEC Series Product Introduction...
  • Page 20 Install the keypad to external electric control cabinet  The keypad can be installed to external electric control cabinet. The keypad mounting dimension to external electric control cabinet is as follows: Figure 1−4 Keypad Back View and Mounting Dimension Chapter 1 AIEC Series Product Introduction...
  • Page 21: Braking Resistor Selection Guidance

    AIEC3300−C−4075 12000×2 16.0×2 13.0×2 Note: The connection braking resistors is parallel. For example, the braking resistor selection of AIEC3300-C-4075 power level controller: It is recommended to select two 12000W resistors connected in parallel. Chapter 1 AIEC Series Product Introduction...
  • Page 22: Chapter 2 Wiring Of Integrated Controller

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 2 Wiring of Integrated Controller 2.1 Peripheral Devices Connection Power supply Circuit breaker or residual current circuit breaker (RCCB) Contactor Input AC reactor Input noise filter Elevator integrated controller Grounding Output noise filter Braking resistor Output AC reactor...
  • Page 23: Peripheral Devices Description

    AIEC3300 Series Elevator Integrated Controller User's Manual 2.2 Peripheral Devices Description The circuit breaker capacity should be 1.5 ~ 2 times of the controller rated current. Circuit breaker The time features of the circuit breaker should fully consider the time features of the controller overload protection.
  • Page 24: Description Of Main Circuit Terminal

    AIEC3300 Series Elevator Integrated Controller User's Manual PE terminal R/L1、 S/L2、 T/L3、 ⊕ 、 BR、 Θ、 U/T1、 Circuit V/T2、W/T3 Elevator integrated Contactor Breaker Tightening Wire Tightening Wire controller model* Terminal Terminal torque specification torque specification screw screw (N·m) (N·m) AIEC3300−C−4045-220 9.0~10.0 9.0~10.0 AIEC3300−C−4055-220...
  • Page 25: Attention For Main Circuit Wiring

    AIEC3300 Series Elevator Integrated Controller User's Manual AIEC3300−C−4045-220 ~ AIEC3300−C−4055-220 and AIEC3300−C−4045 ~ AIEC3300−C−4075 Terminal symbol Terminal name and function description Grounding terminal PE R、S、T Three−phase AC input terminal Ө BR、 Connecting terminal of braking resistor ⊕ DC power input terminal; DC input terminal of external braking unit ⊕...
  • Page 26: Grounding Wiring

    AIEC3300 Series Elevator Integrated Controller User's Manual Length of cable between the Less than 50m Less than 100 m More than 100m integrated controller and motor Carrier frequency Less than 15kHz Less than 10kHz Less than 5kHz (F0−07) 2.5.3 Grounding wiring The integrated controller will produce leakage current.
  • Page 27 AIEC3300 Series Elevator Integrated Controller User's Manual Main signal cables shall adopt shielded cable. It is suggested that the shielded layer shall be  grounded with 360−degree grounding method and sleeved into the metal tube. The signal cable shall be kept far away from the integrated controller input wire and output motor wire. If the signal cable must cross the input wire and output motor wire, they shall be kept orthogonal.
  • Page 28: Description Of Control Circuit Terminals

    AIEC3300 Series Elevator Integrated Controller User's Manual 2.6 Description of Control Circuit Terminals Type Terminal Description Keypad 485 CN12 RS485 port of keypad 24V power supply for the board MOD+ Terminal Standard isolation RS−485, Modbus communication for hall call and display communication MOD−...
  • Page 29: Pg Card Description (Aiec−Pg)

    AIEC3300 Series Elevator Integrated Controller User's Manual 2.7 PG card Description (AIEC−PG) The PG cards of AIEC−PG−A and AIEC−PG−E for different encoder types, as described in the following table. PG card models Encoder Type Applicable PG Card Appearance Open collector output type encoder, push pull AIEC−PG−A output type encoder...
  • Page 30: Options Introduction

    AIEC3300 Series Elevator Integrated Controller User's Manual Figure 2−5 Wiring diagram of PG−E and encoder ERN1387 Definitions of the CN1 terminals of AIEC−PG−E card Terminal B− Z− A− C− D− Definition 2.8 Options Introduction 2.8.1 Car Top Board AIEC−CTB AIEC−CTB is the car control board (car top board), it has 8 digital inputs, 8 relay outputs as standard (10 relay outputs for non−standard CTB) and 1 AI input.
  • Page 31: Description Of Terminals

    AIEC3300 Series Elevator Integrated Controller User's Manual Figure 2−6 Appearance and dimensions of the CTB (unit: mm)  Description of terminals Description of CTB’s terminals Terminal ID· Terminal Name Function description +24V/COM External 24VDC input External 24VDC power supply for CTB CAN bus communication interface CAN+/CAN−...
  • Page 32 AIEC3300 Series Elevator Integrated Controller User's Manual Terminal ID· Terminal Name Function description C1−CM Door opening signal 2 output C2−CM Door closing signal 2 output C3−C3M Forced door closing 2 output D1−DM Uplink arrival signal output D2−DM Downlink arrival signal output E1−EM Sound and light alarm signal output A−AM...
  • Page 33 AIEC3300 Series Elevator Integrated Controller User's Manual Name Description Dimensions(mm) AIEC−DCB−G3 Large−area display, vertical, red character 129*174*14 AIEC−DCB−H H: red character, vertical display AIEC−DCB−H1 H1: blue character, vertical display AIEC−DCB−H2 H2: orange character, vertical display 133*72*10 AIEC−DCB−H3 H3: Red character, vertical display, with waterproof case AIEC−DCB−S3 S3: White character (belonging to DCB−H series) AIEC−DCB−J...
  • Page 34 AIEC3300 Series Elevator Integrated Controller User's Manual Name Description Dimensions(mm) AIEC−DCB−P1 Seven−segment display board, red character 144*70*18 Ultrathin segment LED display AIEC−DCB−D3A D3A: blue character in black background AIEC−DCB−D5A 130*72*7 D5A: white character in black background AIEC−DCB−D6A D6A: yellow character in black background Ultrathin segment LED display AIEC−DCB−D3B D3B: blue character in black background...
  • Page 35 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 2−7 Appearance and dimensions of the CCB (unit: mm) Description of terminals  Description and wiring of CCB terminals Interface Pins 2 and 3 Pins 1 and 4 Terminal wiring instructions Floor 1 button input Floor 1 display output Floor 2 button input Floor 2 display output...
  • Page 36 AIEC3300 Series Elevator Integrated Controller User's Manual CCB, the input signal of JPn corresponds JP11 Floor 11 button input Floor 11 display output to floor (16+n) button input. JP12 Floor 12 button input Floor 12 display output JP13 Floor 13 button input Floor 13 display output JP14 Floor 14 button input...
  • Page 37: Chapter 3 System Commissioning

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 3 System Commissioning 3.1 Commissioning tools AIEC3300 series elevator integrated controller supports three commissioning tools for user: LED keypad, 3−button on−board keypad, and mobile phone. 3.1.1 Use of keypad AIEC3300 series elevator integrated controller is equipped with a LED keypad as standard. It is connected to CN12 interface of the elevator integrated controller through 8−core extension wire.
  • Page 38: Description Of Indicator

    AIEC3300 Series Elevator Integrated Controller User's Manual 1. Under the first level menu, use the key▶/◀ to move the current edit position of the menu. MOVE 2. Under the secondary menu, use the key▶/◀ to move the current edit RIGHT/LEFT position of the menu.
  • Page 39 AIEC3300 Series Elevator Integrated Controller User's Manual  The Second Level Menu Figure 3−3 The Format of the Second Level Menu  The structure of the second level menu Figure 3−4 The structure of the second level menu  The third Level Menu Data bi ts 1 Decima l po int Data bi ts 2...
  • Page 40 AIEC3300 Series Elevator Integrated Controller User's Manual Meaning of Meaning of Meaning of Meaning of LED display LED display LED display LED display symbol symbol symbol symbol − 3.1.2 3−button on−board keypad The upper left corner of the main board AIEC−MCB−A is equipped with a keypad with three digital tubes and three micro keys.
  • Page 41 AIEC3300 Series Elevator Integrated Controller User's Manual Button Function description In any state, press the PRG key to display the current parameter menu; press the PRG key again to exit the current operation. 1、UP key is used for increasing parameter menu number or value. 2、In group F−6, In basic parameter display mode, press up key to indicate door open command.
  • Page 42 AIEC3300 Series Elevator Integrated Controller User's Manual  F−1:Command input of the running floor Enter the F−1 command input of the running floor menu through the three miniature keys (PRG, UP, SET), the LEDs display F6−01 the bottom floor parameters. Press the UP button to set the destination floor (the range of lowest floor to top floor), press the SET button to save, the elevator runs to the destination floor, and the display switches over to the F−0 menu at the same time.
  • Page 43 AIEC3300 Series Elevator Integrated Controller User's Manual key to change the shaft auto−tuning method, the range is 0 ~ 2. "1" and "2" indicate the shaft auto−tuning command (1. Not clear leveling adjustment parameters in group FR; 2. Clear leveling adjustment parameters in group FR). After press the SET button, and the conditions are met.
  • Page 44 AIEC3300 Series Elevator Integrated Controller User's Manual Light− Door 1 light curtain input Door 1 open output load Door 2 light curtain input − Door 1 close output Door 1 open limit input − Forced to close 1 output Door 2 open limit input −...
  • Page 45: System Commissioning

    AIEC3300 Series Elevator Integrated Controller User's Manual Note: When the speed is lower than 1.000m/s, “. xx m/s" is displayed; when the speed is higher than 1.000m/s, "x.x m/s" is displayed; the position of the decimal point is different. 3.2 System Commissioning 3.2.1 Safety Check Before Commissioning The elevator needs to be commissioned after being installed;...
  • Page 46: Commissioning At Inspection Speed

    AIEC3300 Series Elevator Integrated Controller User's Manual □√ Check details The encoder signal cables and strong−current circuit are laid in different ducts to prevent □ interference. □ The encoder is installed reliably with correct wiring. The shield of the encoder cables is grounded on the end connected to the controller (only one □...
  • Page 47 AIEC3300 Series Elevator Integrated Controller User's Manual 1. The elevator enter inspection state. 2. Set F0−01=1, F0−01 must be set to 1 for with−load tuning; 3. Set F1−25=1, motor type is synchronous motor; 4. Set motor parameters F1−01~F1−05: ① Please obtain the rated power, rated voltage, rated current, rated frequency and rated speed from the nameplate of the main motor;...
  • Page 48 AIEC3300 Series Elevator Integrated Controller User's Manual ② Set according to the identification of encoder nameplate: F1−12 (encoder pulse); 6. Set F1−11 = 2, press the "PRG" key, and the operator will display "TUNE" to prompt entering the motor auto−tuning state. If F1−12 is displayed, it means entering the tuning state fails: ①...
  • Page 49 AIEC3300 Series Elevator Integrated Controller User's Manual  Asynchronous machine no−load auto−tuning (the motor must disconnect the car before auto−tuning) 1. The elevator enters the inspection state; 2. Confirm that F0−01 = 1: F0−01 must be 0 during no−load tuning; 3.
  • Page 50 AIEC3300 Series Elevator Integrated Controller User's Manual  Angle−free auto−tuning Angle−free auto−tuning related parameters Parameters Parameter Description Description Motor type 1: Synchronous motor F1−25 0: SIN/COS encoder F1−00 Encoder type 1: UVW encoder F1−12 Encoder pulses per−revolution According to the encoder nameplate Rated motor power Rated motor voltage These parameters are model dependent, and...
  • Page 51 AIEC3300 Series Elevator Integrated Controller User's Manual sensor → up leveling sensor  Confirm that the CAN communication between the main control board and the car top board is normal (the CAN1 signal indicator of the main board flashes, indicating that the CAN communication is normal.) 2 Shaft Auto−tuning related parameters Parameters...
  • Page 52: Door Machine Controller Commissioning

    AIEC3300 Series Elevator Integrated Controller User's Manual If the MCB displays the current floor, that is, the highest floor, it means the shaft auto-tuning is successful. If the fault code E35 is reported during the auto-tuning process, the shaft auto-tuning fault, refer to the fault diagnosis chapter to deal with the fault, and then restart the shaft auto-tuning.
  • Page 53 AIEC3300 Series Elevator Integrated Controller User's Manual  Whether door machine controller commissioning fails. If yes, perform commissioning again.  Method for verifying that the door open / close limit signal feedback from the door machine controller is normal: Observe the X terminal signal indicators on the CTB and judge whether door open and close limit feedback from the door machine controller is normal according to the following table.
  • Page 54 AIEC3300 Series Elevator Integrated Controller User's Manual Checking consistency between F5−25 and actual door open/close limit signals Signal State Monitoring Signal State Signal Reset F5−25 Bit2 / Bit4 At Door Open At Door Close Judging Reset Limit Limit Normal Not required Door open limit signal (Segment C of...
  • Page 55: Riding Comfort Adjustment

    AIEC3300 Series Elevator Integrated Controller User's Manual  The address of each HCB must be unique. HCBs with the same address cannot be used. For details on how to set the address, see the description of the corresponding HCB.  Set the address based on the floor leveling plate No. From the bottom floor, set the address of the HCB for the floor where the Nth leveling plate is located to N, as shown in the following figure, as shown in Figure 3−9.
  • Page 56 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 3−10 Running time sequence of integrated controller  Riding comfort adjustment at elevator startup and stop Related parameters: Function Code Name Setting Range Default F2−00 Speed loop proportional gain 1 0~8000 1000 F2−01 Speed loop integral gain 1 0~2000...
  • Page 57: Adjustment Instructions

    AIEC3300 Series Elevator Integrated Controller User's Manual  Adjustment to elevator startup  Related parameters of adjustment for no−load−cell startup Function Name Setting Range Default Description Code 0: Pre−torque invalid 1: Load cell pre−torque compensation The no−load−cell startup function is Pre−torque 2: Automatic pre−torque enabled when F8−01 is set to 2.
  • Page 58 AIEC3300 Series Elevator Integrated Controller User's Manual Adjustment instructions: When an analog load cell is used (F8−01 = 1 in this case), the controller identifies the braking or driving state according to the load cell signal and automatically calculates the required torque compensation value. F8−03 and F8−04 are used to adjust elevator startup when the analog load cell is used.
  • Page 59 AIEC3300 Series Elevator Integrated Controller User's Manual Adjustment instructions: When F8−01 is set to 3, the controller identifies the braking or driving state according to the load cell signal, automatically calculates the required torque compensation value, and quickly corrects the torque compensation value according to the slight rotation change of the encoder at the moment of startup.
  • Page 60 AIEC3300 Series Elevator Integrated Controller User's Manual Bad riding comfort due to static friction may often exist in villa elevators. When there is large friction between the guide shoes and the guide rails, large static friction generates at the moment of startup, leading to bad riding comfort.
  • Page 61 AIEC3300 Series Elevator Integrated Controller User's Manual The drive from the motor to the car totally depends on the steel rope. Large flexibility of the steel rope with irregular resistance during the car running may cause curly Steel rope oscillation of the car. In addition, unbalanced stress of multiple steel ropes may cause the car to jitter during running.
  • Page 62 AIEC3300 Series Elevator Integrated Controller User's Manual The leveling adjustment steps are as follows: 1、Set Fr−00 to 1; 2、Go into the car after the elevator automatically runs to the top floor; 3、Adjust the leveling data based on actual error: Press the top floor button once, and the stop positions is changed 1 mm upward.
  • Page 63: Chapter 4 Description Of Applications

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 4 Description of Applications 4.1 Parallel/Group Control  Background The controller provides parallel control of two elevators and group control of 2 to 8 elevators, implementing proper allocation of elevators and improving running efficiency. ...
  • Page 64: Related Parameters

    AIEC3300 Series Elevator Integrated Controller User's Manual Use description of parallel control (set the floor offset, F6−50 ≠ 0).  User floor: actual floor of the building.  Physical floor: floor which either elevator stops at and provides service for or floor installed with the leveling plate.
  • Page 65 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 4−2 Floor diagram of two elevators in parallel control Parameter setting and HCB addresses of two elevators Floor address setting for elevators in parallel control Elevator 1 Elevator 2 F6−07 Number of elevators in parallel/group mode F6−08 Elevator No.
  • Page 66 AIEC3300 Series Elevator Integrated Controller User's Manual 4.1.2 Group Control Scheme  A GCB (AIEC−GCB−A) is additionally required to implement group control of more than two elevators. A single GCB supports group control of a maximum of 4 elevators.  If group control of more than 4 elevators is required, two GCBs need to be installed. This scheme is customized.
  • Page 67: Introduction To Opposite Door Control Scheme

    AIEC3300 Series Elevator Integrated Controller User's Manual  Related parameters Function Name Setting Setting in Group Control Remarks Code Range Number of Number of elevators in parallel/ elevators in F6−07 1~4 1~4 parallel/ Group mode Group mode F6−08=1:elevator 1 #; F6−08=2:elevator 2 #;...
  • Page 68 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 4−4 CCB wiring  DCB setting Figure 4−5 HCB setting diagram HCB addresses of front door: 1 to 15, HCB address of back door: N to N+15, F8−16 = N (N > F6−00) Chapter 5 Parameters List...
  • Page 69: Ucmp Application Brief

    AIEC3300 Series Elevator Integrated Controller User's Manual  Related parameters Parameter Setting Service Operation Box Type Door Control Mode Address Mode Other Floor CCB Wiring Setting Selection Parameters The CCB of front Fb−00=2 Simultaneous door is connected address of Mode A FC−04 = 0 F8−16=N control...
  • Page 70 AIEC3300 Series Elevator Integrated Controller User's Manual 4.3.1 Accidental car displacement solution  Wiring Without any additional brake (single door) Recommended installation scheme for UCMP switch Figure 4−6 UCMP wiring without any additional brake Requirements for switch installation:  Leveling plate length ≤ 300 mm. A 300 mm leveling plate is recommended; ...
  • Page 71 AIEC3300 Series Elevator Integrated Controller User's Manual With an auxiliary brake (single door) With an auxiliary brake (double door) Figure 4−7 UCMP wiring with an additional brake Note: When using AIEC−SCB−C / D, the leveling sensors in the upper and lower door areas must be normally open.
  • Page 72 AIEC3300 Series Elevator Integrated Controller User's Manual  In inspection state, in the case of door lock closed, and in the door zone.  Set F−8 to 7 using the keypad, and the system displays E88 and enters the UCMP test function. At this moment, the door lock circuit is open.
  • Page 73: Automatic Test

    AIEC3300 Series Elevator Integrated Controller User's Manual Manual test: 1. Confirm that the door lock, the safety circuit are connected, and the elevator is under inspection state. 2. Set the braking force detection parameters in groups F2−32~F2−35. 3. Set F-8 =8 on the keyboard and the elevator enters the braking force test operation. 4.
  • Page 74: Introduction To Automatic Emergency Evacuation Scheme At Power Failure

    AIEC3300 Series Elevator Integrated Controller User's Manual 4.4 Introduction to Automatic Emergency Evacuation Scheme at Power Failure  Background Passengers may be trapped in the car if power failure happens during use of the elevator. The emergency evacuation device needs to be configured in the system to solve the problem. Scheme Brief ...
  • Page 75 AIEC3300 Series Elevator Integrated Controller User's Manual Figure 4−10 Wiring of three−phase (380 V) elevator ARD Figure 4−11 Wiring of single−phase (220 V) elevator ARD Chapter 5 Parameters List...
  • Page 76 AIEC3300 Series Elevator Integrated Controller User's Manual  Related parameters The parameter setting related to emergency evacuation by controller drive is described in the following table. Function Code Value Description Remarks Emergency evacuation F8−10 1:UPS − operation mode at power failure Emergency evacuation signal Assume that X20 is used as the NO input of F5−20(X20)
  • Page 77: Chapter 5 Parameters List

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 5 Parameters List Meanings of Each Item in the Parameters List Item D e s c r i p t i o n The number of parameters, such as F0−00 Name The name of parameter, which explains the parameter’s meanings Default The value of factory setting (see FP−01) Setting range...
  • Page 78 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting GroupF1 Motor parameters 0: SIN−COS encoder 1: UVW encoder F1−00 Encoder type selection 0~3 − × 2: ABZ encoder 3: Reserved Model F1−01 Motor rated power 0.7~75.0 ×...
  • Page 79 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Leakage inductance Model F1−16 0.00~300.00 × 0.00~300.00 (asynchronous motor) dependent Mutual inductance Model F1−17 0.1~3300.0 × 0.1~3300.0 (asynchronous motor) dependent No−load current Model F1−18 0.01~300.00 ×...
  • Page 80 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Relationship between the running frequency and PI parameters The speed dynamic response characteristics in vector control can be adjusted by setting the proportional gain and Integral gain of speed regulator.
  • Page 81 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F2−16 Torque acceleration time 1~500 × 1~500 F2−17 Torque deceleration time 1~3000 × 1~3000 The two parameters are used to set the acceleration time and deceleration time of the torque current. Group F3 Running control parameters F3−00 Startup speed 0.000...
  • Page 82 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F3−08 Special deceleration rate 0.900 0.200~1.500 × 0.200~1.500 F3−09 Pre−deceleration distance 0~90.0 × 0~90.0 F3−09 is used to set the pre−deceleration distance of the elevator in distance control. This function is to eliminate the effect of encoder signal loss or leveling signal delay.
  • Page 83 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Running time sequence Note: The system retains the zero−speed torque current output within the time set in F8−11 from the moment when the system sends the brake apply command;...
  • Page 84 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Low byte of current floor F4−03 34464 0~65535 Pulses 0~65535 position F4−02 and F4−03 indicate the absolute pulses of the current position of the elevator car relative to the bottom leveling position. The position data in the shaft is recorded in pulses.
  • Page 85 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 04/36: Safety circuit feedback F5−05 X5function selection 0~127 − × NO/NC F5−06 X6function selection 0~127 − × 05/37: Door lock circuit 1 feedback NO/NC F5−07 X7function selection 0~127 −...
  • Page 86 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 66/98: Door machine 2 safety edge signal NO/NC 67/99: Motor overheat signal NO/NC 68/100: Earthquake signal NO/NC 69/101: Back door forbidden signal NO/NC 70/102: Light−load signal NO/NC 71/103: Half−load signal NO/NC 72/104: Fire emergency floor switchover signal NO/NC...
  • Page 87 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 0: No function F5−26 Y1 function selection 0~23 − × 1: Running contactor control F5−27 Y2 function selection 0~23 − × 2: Brake contactor control 3: Shorting door lock circuit F5−28 Y3 function selection 0~23...
  • Page 88 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Segment No. indicates the address of the HCB at each floor for Modbus communication with the MCB. LED segment No.1 to number 4 indicates the address of the HCB at each floor for Modbus communication with the MCB. LED segment ON: Communication normal LED segment OFF: Communication abnormal.
  • Page 89 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting The parameter of F5−33 is used to select some special functions for elevator. Each bit of the parameter defines a function. If a bit is set to 1, the function indicated by this bit is enabled; if this bit is set to 0, the function is disabled.
  • Page 90 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Door machine 1 light − Inspection signal Up slow−down 1 signal Reserved curtain Inspection up Down slow−down 1 Door machine 2 light RUN contactor Up leveling signal signal signal...
  • Page 91 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 6: Door lock circuit signal 2(Detection terminal is high voltage, This is an optional function) 7: Door lock 1 shorting (front door) 8: Door lock 2 shorting (back door) GroupF6 Basic elevator parameters F6−00 Top floor of the elevator...
  • Page 92 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting The setting method for F6−06 and F6−35 is the same as F6−05. Number elevators F6−07 1~8 − × 1~8 parallel/group mode F6−08 Elevator No. 1~8 −...
  • Page 93 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F6−10 Leveling switch filter time 10~50 × 10~50 Bit1: Disabling returning to base floor for verification Bit2: Canceling auto sequential arrange of hall call floor addresses to be displayed Bit5: Motor current detection valid at startup for synchronous...
  • Page 94 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F6−11 is used to select the elevator functions. If a bit is set to 1, the function indicated by this bit is enabled; if this bit is set to 0, the function is disabled.
  • Page 95 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Start time of down collective F6−16 00.00 00.00~23.59 HH.MM ○ 00.00~23.59 selective 2 End time of down collective F6−17 00.00 00.00~23.59 HH.MM ○ 00.00~23.59 selective 2 Start time of time−based floor F6−18...
  • Page 96 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Bit3: JP16 input used as the back door open signal Bit4: Reserved Bit5: Timed elevator lock Bit6: Manual door Bit7: Reserved Bit9: Disabling reverse floor number clear Bit10: Displaying next arriving floor number...
  • Page 97 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F6−40 Program control selection 1 Function Description Default Bit0 Disability function It is used to enable or disable the disability function. When the up slow−down and down leveling signals are active and the up leveling signal is inactive, the system considers that the up limit is performed.
  • Page 98 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Bit2: Stop due to inspection slow−down Bit4: Buzzer tweet during door open delay Bit6: Canceling door open delay Bit8: Elevator lock at door open Bit9: Display at elevator lock F6−41 Program control selection 2 0~65535...
  • Page 99 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Bit1: Canceling door open/close command at delay after door open/close limit Bit2: Not judging door lock state at door close output Bit3: Door close command output during running Bit4: Returning to base floor for...
  • Page 100 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Fault subcode scrolling When this function is enabled, the keypad will not display the fault in a Bit9 display cancellation scrollable manner. Door open energy In the case of waiting with the door open, the system closes the lighting and fan Bit10 saving...
  • Page 101 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting selection inspection state Bit4: Multiple car calls registered in fire emergency state Bit5: Retentive at power failure in fire emergency state Bit6: Closing door by holding down the door close button Bit7: Reserved Bit8: Door closes at car call...
  • Page 102 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F6−44 Fire emergency function selection Function Description Default Bit0~2 Reserved − − Arrival gong output in Bit3 The arrival gong is output in the inspection or fire emergency state. inspection state Multiple car calls Multiple car calls can be registered in the fire emergency state.
  • Page 103 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting exit mode Bit15: reserved F6−45 is used to select the emergency evacuation−related elevator functions. Each bit of the function code defines a function. If a bit is set to 1, the function indicated by this bit is enabled;...
  • Page 104 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting F6−49 Evacuation parking floor 0~F6−00 − × 0~F6−00 F6−50 Parallel floor offset 0~40 − × 0~40 F6−50 is used when the bottom floors of two elevators in parallel control are inconsistent. Direct parallel control can be implemented by setting this parameter, without the necessity of readjusting the top and bottom floors and repeating shaft auto−tuning.
  • Page 105 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 0: Pre−torque invalid 1: Load cell pre−torque compensation 2: Automatic pre−torque F8−01 Pre−torque selection 0~3 − × compensation 3: Both load cell pre−torque compensation and automatic pre−torque compensation valid F8−01 is used to set the pre−torque compensation mode at startup of the elevator.
  • Page 106 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting HCB address of back door = HCB address of front door at the same floor + (F8−16) F8−17 Hall call address check 0~1 − ○...
  • Page 107 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting FA−03 Current encoder angle 0.0~359.9 ° 0.0~359.9 FA−05 MCB board software (ZK) 0~65535 − 0~65535 FA−06 Drive board software (DSP) 0~65535 − 0~65535 FA−07 Heat−sink temperature 0~100 0~100 ℃...
  • Page 108 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 0~65535 FA−48 Hall call communication state 3 − 0~65535 (floor 33~40) (floor 33~40) Expansion board hall call 0~65535 FA−50 − 0~65535 (floor 1~16) communication state 1 (floor 1~16) Expansion board hall call 0~65535...
  • Page 109 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting base floor 1: Waiting with door open at base floor 2: Waiting with door open at each floor Door open holding time for hall Fb−11 1~1000 ○...
  • Page 110 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting communication judgment Bit14: Canceling protection at input phase loss The parameter is used to select program control functions. If a bit is set to 1, the function indicated by this bit is enabled; if this bit is set to 0, the function is disabled.
  • Page 111 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting FC−26 14 fault hour and minute 0~23.59 HH.MM 0~23.59 FC−27 15 fault code 0~9999 − 0~9999 FC−28 15 fault sub−code 0~65535 − 0~65535 FC−29 15 fault month and day 0~1231 MM.DD...
  • Page 112 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 1: Fire emergency signal Fd−13 Expansion board 1: X3 input − × 2: Overload signal Fd−14 Expansion board 1: X4 input − × 3: Full−load signal 4: Firefighter operation Fd−15 Expansion board 1: X5 input −...
  • Page 113 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting (AICE3300 in running state) Fd−39 Expansion board 1: Y9 output − × 8: Synchronous motor self−lock Fd−40 Expansion board 1: Y10 output − × output 9: Controller healthy Fd−41 Expansion board 2: Y1 output...
  • Page 114 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting 11: Display “B” FE−14 Floor 14 display 0104 − ○ 12: Display “G” FE−15 Floor 15 display 0105 − ○ 13: Display “H” 14: Display “L” Floor 16~30 display 15: Display “M”...
  • Page 115 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting E−32 Elevator function selection 1 Function Description Default Bit0 Reserved − Bit1 Reserved − If the function is enabled, the elevator performs re−leveling at a low speed with door open.
  • Page 116 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting Function Description Default Bit0 Reserved − The system still outputs the door open Bit1 Door open holding at open limit command upon door open limit. Door close command not output The system stops outputting the door close Bit2...
  • Page 117 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting FP−04 Reserved 0~65535 − ○ 0~65535 FP−05 Contract No. 2 0~65535 − ○ 0~65535 FP−06 Contract No. 1 5555 0~65535 − ○ 0~65535 FP−00 user password is used to prohibit unauthorized personnel from viewing and modifying parameters. Note: Please use the user password function carefully and remember the password that you set.
  • Page 118 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting As shown in the figure, the left two LEDs show the adjustment bases of the first floor, the right two LED show the adjustment bases of the second floor.
  • Page 119 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting AF−13 Excitation current loop KI 0~9999 − ○ 0~9999 50.0~250.0% AF−14 Slip compensation gain 100.0 50.0~250.0 × (Estimated slip compensation) 0: Compensation chain is not Compensation chain installed.
  • Page 120 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting E0−21 1 fault input state 4 0~65535 − 0~65535 E0−22 1 fault input state5 0~65535 − 0~65535 E0−23 1 fault output state 1 0~65535 −...
  • Page 121 AIEC3300 Series Elevator Integrated Controller User's Manual User Name Default Setting range Unit Attribute Description setting E9−25 10 fault car input state 0~65535 − 0~65535 E9−26 10 fault car output state 0~65535 − 0~65535 E9−27 10 fault hall call state 0~65535 −...
  • Page 122: Chapter 6 Troubleshooting

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 6 Troubleshooting 6.1 List of fault and alarm information The AIEC3300 series integrated controller has a complete protection function, which can implement effective protection while giving full play to the performance of the equipment. There may be some fault prompts during use.
  • Page 123 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code ⑺ IGBT bridge is damaged ⑻The main board is abnormal Reduce the acceleration Subcode 001: Check input power supply ⑴The acceleration is too large Overcurrent Choose a controller with larger ⑵...
  • Page 124 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Disable the maintenance notification function by setting F9-13=0; Maintenance The elevator is not maintained at notification Power-off and maintain the power-off within the notification period. period reached elevator Contact the agent or the manufacturer...
  • Page 125 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Check whether the input voltage is low(often in temporary power supply) The excitation current deviation is too Check Whether cable connection large between the controller and the motor The torque current deviation is too large is secure Check whether the RUN contactor...
  • Page 126 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code fault ⑴unstable contact of control board plugin Contact the agent or the ⑵The drive control board fails manufacturer Subcode 024: Replace controller ⑴The motor capacity does not match the Set the rated parameters according drive capacity to the motor nameplate...
  • Page 127 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code ⑵E PROM is damaged of the keyboard itself. No impact on drive performance, so it won’t Save the fault record, and disable it after the fault Stop entering the menu state.
  • Page 128 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code ⑵ The sensor input of the leveling zone is inconsistent with the range of the leveling zone calculated by the DSP. ⑶ The position status detected at power-on does not match the position status recorded before power-off (compensation is required according to the...
  • Page 129 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code The speed loop gain is too large or the integration time is too small, please try to reduce the speed loop gain or increase the integration time Check whether the motor UVW phase sequence is correct Check whether the brake is open...
  • Page 130 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code elevator control panel Subcode 048: Eliminate strong external sources of After the main microcomputer is reset, it is interference detected that the reset source is WDT Seek help from the manufacturer action Subcode032:...
  • Page 131 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Subcode 066: The brake drive output is off but the input of the brake travel switch 1 is still on for more Check whether the brake travel than 1.5 seconds.
  • Page 132 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Subcode 043: The safety circuit input is disconnected or the drive output of the safety relay on the control board is disconnected, but the contact of the safety relay is still not disconnected, and the time lasts for more Check the safety relay status of the than 300 milliseconds...
  • Page 133 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code the motherboard is connected Subcode 095: reliably The up and down slow-down switch act at Check whether the action of the the same time slow-down switch is normal Subcode 104:...
  • Page 134 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code door switch is not detected Check whether the door closing limit switch is normal Check whether the car door and hall door are closed and the circuit is normal Please check whether the leveling and door zone sensors are working...
  • Page 135 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Check whether the phase sequence of the motor's UVW is correct Overcurrent at The current at startup for inspection Lighten the load inspection startup exceeds 120% of the rated current Change parameter FC−00 program control selection Bit1 to 1, cancel the function of detecting start current...
  • Page 136 AIEC3300 Series Elevator Integrated Controller User's Manual Fault Description Possible Cause Solution Level Code Please contact the agent or the Dedicated fault Others − manufacturer Subcode 078: Check the input signal status of the External fault (X terminal input) external fault point External fault low-speed self-rescue operation to Subcode 082:...
  • Page 137: Chapter 7 Maintenance And Inspection

    AIEC3300 Series Elevator Integrated Controller User's Manual Chapter 7 Maintenance and Inspection The application environment (such as temperature, humidity, dust and powder, wool, smoke and oscillation), burning and wearing of internal devices and other factors may reduce service life of elevator controller. To reduce the fault and prolong the service life, it is necessary to perform daily inspections and periodic maintenance.
  • Page 138: Periodic Maintenance

    AIEC3300 Series Elevator Integrated Controller User's Manual 7.2 Periodic Maintenance According to the use environment and working conditions, the elevator integrated controller shall be perform periodic maintenance regularly every 3−6 months. Item Contents Inspection Means Criteria The screws are tightened and the cables not Main circuit terminal Screwdriver/sleeve damaged.
  • Page 139 AIEC3300 Series Elevator Integrated Controller User's Manual Standard wiring diagram of the AIEC3300 elevator integrated controller Chapter 7 Maintenance and Inspection...

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